Belden Inc. FPSLBLB003MR9SY OS2 Lc-lc Fiber Patch Cable 3M

Product Description

The BELDEN INC. FPSLBLB003MR9SY is an OS2 single-mode fiber optic patch cable terminated with LC simplex connectors on both ends, spanning a length of approximately 3 meters. OS2 fiber is optimized for long-distance, low-attenuation signal transmission and is widely used in structured cabling infrastructure for data centers, enterprise networks, and telecommunications facilities. This patch cable is designed for use by licensed low-voltage technicians and structured cabling installers working in environments where high-bandwidth, low-loss optical connections are required.

This patch cable is suited for backbone and horizontal cabling runs in commercial and enterprise installations. The LC-to-LC configuration is common in high-density patch panels, optical transceivers, and active equipment ports. The 3-meter length makes it appropriate for rack-to-rack connections or short equipment room runs where precise cable management is required. Installation is typically performed by structured cabling technicians or low-voltage contractors following ANSI/TIA-568 standards.

Key Features

• OS2 single-mode fiber construction for low-attenuation, long-distance optical transmission
• LC simplex connectors on both ends for high-density panel compatibility
• 3-meter cable length suitable for rack and equipment room applications
• Sold as a single unit for flexible quantity ordering

Compatibility

Designed as an OEM-style replacement or direct-use patch cable for OS2 single-mode fiber optic systems using LC simplex connector interfaces.

Installation Notes

Installation should be performed by qualified low-voltage or structured cabling technicians following ANSI/TIA-568 guidelines. Inspect connector end-faces for contamination before mating and clean with an appropriate fiber optic cleaning tool if needed. Avoid bending the cable below its minimum bend radius during routing. Power down or disable active optical ports before connecting or disconnecting fiber to avoid potential eye hazard from laser sources.